State Newton’s first Law of motion.
State what will happen to the motion of an object that is stationary if the resultant force is 10N to the right.
Explain what is happening to a falling object between points B and C on the graph.
Name the variable you change in an experiment.
Convert 648 km/h to m/s.
Explain what has happened if a car’s velocity has changed but its speed has remained the same.
State Newton’s Second Law of Motion.
State the equation that links force, mass and acceleration
State Newton’s Second Law of Motion.
State the equation that links force, mass and acceleration
1. The acceleration of an object is ________________ the force on that object.
2. Which of the following is incorrect?
3. For a given resultant force, the acceleration of an object is _________________ the mass of that object.
4.Which is the unit for force?
Calculate force on an object if acceleration is 10 metres per second squared and the mass of the object is 54 kilograms.
Calculate the mass of an object that experiences an acceleration of 50 metres per second squared from a force of 24 newtons.
Calculate the acceleration of an object that is moved with a force of 90 newtons and has a mass of 18 kilograms.
Calculate force on an object if acceleration is 99 metres per second squared and the mass of the object is 50 kilograms.
Calculate the mass of an object that experiences an acceleration of 16 metres per second squared from a force of 2 newtons.
Calculate the acceleration of an object that is moved with a force of 4 newtons and has a mass of 12 kilograms.
Calculate force on an object if acceleration is 68 metres per second squared and the mass of the object is 31 kilograms.
Calculate the mass of an object that experiences an acceleration of 7 metres per second squared from a force of 96 newtons.
Calculate the acceleration of an object that is moved with a force of 45 newtons and has a mass of 73 kilograms.
Calculate the mass of an object that experiences an acceleration of 43 metres per second squared from a force of 64 kilonewtons.
Calculate the mass of an object that experiences an acceleration of 44 metres per second squared from a force of 0.051 newtons.
Calculate the mass of an object that experiences an acceleration of 81 metres per second squared from a force of 32 kilonewtons.
Calculate the acceleration of an object that is moved with a force of 22 centinewtons and has a mass of 83 kilograms.
Calculate the acceleration of an object that is moved with a force of 94 kilonewtons and has a mass of 50 kilograms.
Calculate the acceleration of an object that is moved with a force of 19 millinewtons and has a mass of 78 kilograms.
What is a force?
Give the units for force.
Newton's Second Law of Motion can be summarised by which equation?
Give the units for acceleration.
Give the units for mass.